For `[CrCl_(3).xNH_(3)]` elevation in boiling point of one molal solution is double of one molal urea solution, hence x is (Given that the complex is 100% ionised)

For [CrCl_(3).xNH_(3)] , elevation in boiling point of one molal solution is double of one molal solution of glucose , hence x is if complex is 100% ionised :

For [CrCl_(3).xNH_(3)] , elevation in boiling point of one molal solution is double of one molal solution of glucose , hence x is if complex is 100% ionised :

For [CrCl_(3).xNH_(3)] , elevation in boiling point of the one molal solution is triple of one molal aqueous solution of urea. Assuming 100% ionisation of complex molecule, calculate the value of x.

For [CrCl_(3).xNH_(3)] , elevation in boiling point of the one molal solution is triple of one molal aqueous solution of urea. Assuming 100% ionisation of complex molecule, calculate the value of x.

The elevation in boiling point for one molal solution of a solute in a solvent is called: